LabLynx Wiki
An interdisciplinary field integrating biologic, statistical and computer science knowledge to form novel technologies that address genetic components of disease affecting pathology, disease progression and treatment responsiveness. Bioinformatics was integral to the organization and interpretation of the Human Genome Project. The field is also instrumental in the development of transformative technologies, including high throughput (automated, rapid, large sample size) technologies such as high throughput DNA sequencing, CDNA/ Microarray analysis, and protein expression analysis.
LIMSpec Wiki
An interdisciplinary field integrating biologic, statistical and computer science knowledge to form novel technologies that address genetic components of disease affecting pathology, disease progression and treatment responsiveness. Bioinformatics was integral to the organization and interpretation of the Human Genome Project. The field is also instrumental in the development of transformative technologies, including high throughput (automated, rapid, large sample size) technologies such as high throughput DNA sequencing, CDNA/ Microarray analysis, and protein expression analysis.
Bioinformatics Wiki
An interdisciplinary field integrating biologic, statistical and computer science knowledge to form novel technologies that address genetic components of disease affecting pathology, disease progression and treatment responsiveness. Bioinformatics was integral to the organization and interpretation of the Human Genome Project. The field is also instrumental in the development of transformative technologies, including high throughput (automated, rapid, large sample size) technologies such as high throughput DNA sequencing, CDNA/ Microarray analysis, and protein expression analysis.
IHE Wiki
An interdisciplinary field integrating biologic, statistical and computer science knowledge to form novel technologies that address genetic components of disease affecting pathology, disease progression and treatment responsiveness. Bioinformatics was integral to the organization and interpretation of the Human Genome Project. The field is also instrumental in the development of transformative technologies, including high throughput (automated, rapid, large sample size) technologies such as high throughput DNA sequencing, CDNA/ Microarray analysis, and protein expression analysis.
HL7 Wiki
An interdisciplinary field integrating biologic, statistical and computer science knowledge to form novel technologies that address genetic components of disease affecting pathology, disease progression and treatment responsiveness. Bioinformatics was integral to the organization and interpretation of the Human Genome Project. The field is also instrumental in the development of transformative technologies, including high throughput (automated, rapid, large sample size) technologies such as high throughput DNA sequencing, CDNA/ Microarray analysis, and protein expression analysis.
Clinfowiki
An interdisciplinary field integrating biologic, statistical and computer science knowledge to form novel technologies that address genetic components of disease affecting pathology, disease progression and treatment responsiveness. Bioinformatics was integral to the organization and interpretation of the Human Genome Project. The field is also instrumental in the development of transformative technologies, including high throughput (automated, rapid, large sample size) technologies such as high throughput DNA sequencing, CDNA/ Microarray analysis, and protein expression analysis.
OpenWetWare
An interdisciplinary field integrating biologic, statistical and computer science knowledge to form novel technologies that address genetic components of disease affecting pathology, disease progression and treatment responsiveness. Bioinformatics was integral to the organization and interpretation of the Human Genome Project. The field is also instrumental in the development of transformative technologies, including high throughput (automated, rapid, large sample size) technologies such as high throughput DNA sequencing, CDNA/ Microarray analysis, and protein expression analysis.
Statistical Genetics Wiki
An interdisciplinary field integrating biologic, statistical and computer science knowledge to form novel technologies that address genetic components of disease affecting pathology, disease progression and treatment responsiveness. Bioinformatics was integral to the organization and interpretation of the Human Genome Project. The field is also instrumental in the development of transformative technologies, including high throughput (automated, rapid, large sample size) technologies such as high throughput DNA sequencing, CDNA/ Microarray analysis, and protein expression analysis.
Cloud-Standards.org
An interdisciplinary field integrating biologic, statistical and computer science knowledge to form novel technologies that address genetic components of disease affecting pathology, disease progression and treatment responsiveness. Bioinformatics was integral to the organization and interpretation of the Human Genome Project. The field is also instrumental in the development of transformative technologies, including high throughput (automated, rapid, large sample size) technologies such as high throughput DNA sequencing, CDNA/ Microarray analysis, and protein expression analysis.
WikiBooks
An interdisciplinary field integrating biologic, statistical and computer science knowledge to form novel technologies that address genetic components of disease affecting pathology, disease progression and treatment responsiveness. Bioinformatics was integral to the organization and interpretation of the Human Genome Project. The field is also instrumental in the development of transformative technologies, including high throughput (automated, rapid, large sample size) technologies such as high throughput DNA sequencing, CDNA/ Microarray analysis, and protein expression analysis.
LIMSwiki
An interdisciplinary field integrating biologic, statistical and computer science knowledge to form novel technologies that address genetic components of disease affecting pathology, disease progression and treatment responsiveness. Bioinformatics was integral to the organization and interpretation of the Human Genome Project. The field is also instrumental in the development of transformative technologies, including high throughput (automated, rapid, large sample size) technologies such as high throughput DNA sequencing, CDNA/ Microarray analysis, and protein expression analysis.
Wikiversity
An interdisciplinary field integrating biologic, statistical and computer science knowledge to form novel technologies that address genetic components of disease affecting pathology, disease progression and treatment responsiveness. Bioinformatics was integral to the organization and interpretation of the Human Genome Project. The field is also instrumental in the development of transformative technologies, including high throughput (automated, rapid, large sample size) technologies such as high throughput DNA sequencing, CDNA/ Microarray analysis, and protein expression analysis.
Wikipedia
An interdisciplinary field integrating biologic, statistical and computer science knowledge to form novel technologies that address genetic components of disease affecting pathology, disease progression and treatment responsiveness. Bioinformatics was integral to the organization and interpretation of the Human Genome Project. The field is also instrumental in the development of transformative technologies, including high throughput (automated, rapid, large sample size) technologies such as high throughput DNA sequencing, CDNA/ Microarray analysis, and protein expression analysis.
